Quectel, a provider of overall IoT solutions, launched a new 5G R16 module RG620T based on the MediaTek T830 platform from MediaTek. RG620T provides two models: RG620T-NA for the North American market and RG620T-EU for EMEA, Asia-Pacific, and Brazil markets. For the global 5G FWA application market, there is an obvious need to open up the "last mile" network of homes and enterprises. This module not only provides the higher 5G network rate of the T830 chip platform, quad-core A55 CPU, Wi-Fi 7 connection, and other features, but also upgrade the antenna frequency band design, Flash memory, and QuecOpen to meet the needs of the 5G FWA market for high-performance and flexible configuration of 5G terminals.
The Quectel 5G module RG620T equipped with MediaTek T830 complies with the 3GPP R16 standard and supports 5G Sub-6GHz frequency band and 5G SA / NSA dual networking mode.
Data: RG620T supports up to 300MHz downlink bandwidth and NR 4CA (four-carrier aggregation) in FDD and TDD modes. The built-in terminal product of this module can achieve a 5G download rate experience of up to 7.01Gbps; support up to 200MHz uplink bandwidth And NR 2CA (Dual Carrier Aggregation) allows the maximum uplink rate to soar to 2.5Gbps. The large bandwidth of RG620T can solve the problem of real-time wireless transmission of high-definition XR content, and its low-latency technology can effectively reduce the dizziness caused by picture delay, and realize an immersive experience that integrates the real world and the digital world.
CPE and other terminal manufacturers: The T830 platform inside the RG620T adopts a 4nm process, and integrates an Arm Cortex-A55 quad-core CPU, with a main frequency of up to 2.2GHz, and a built-in M80 5G modem. The terminal products using Quectel RG620T can effectively utilize the surplus CPU performance inside the chip, and save costs while improving processing performance.
The SOC chipset solution does not require Host docking routing, which can help customer terminals reduce the later debugging process of USB or PCIe interface, and is not limited by the two, so as to achieve ultra-high throughput of network connection. At the same time, after having a hardware-level MediaTek Network Processing Unit (Network Processing Unit), Wi-Fi Offload Engine (Wi-Fi Offload Engine), and MediaTek 5G UltraSave power-saving technology, RG620T will further reduce 5G communication power consumption. Improve throughput performance.
In order to improve the range and efficiency of terminal applications, the RG620T has also been fully upgraded at the Wi-Fi and antenna levels. While supporting EasyMesh™ and the more secure WPA3 R3 encryption protocol, RG620T provides a variety of Wi-Fi configuration combinations according to the needs of scenarios and terminals. For example, the tri-band 4x4 Wi-Fi 7 collocation solution is suitable for 5G CPE terminal scenarios; 5G Mobile hotspot devices can use the dual-band 2x2 Wi-Fi 7 solution, especially Wi-Fi 7 comes with faster transmission speed, wider channel, more efficient QAM modulation, adaptive connection, and other features, allowing the terminal to integrate 5G high-speed Speed and high concurrency technical capability of Wi-Fi 7.
The antenna design of RG620T can realize 8 antennas to receive signals at the same time, which will bring a high-speed and stable 5G network to complex indoor environments and outdoor long-distance environments.
Quectel RG620T supports more freedom of customization and selection. For example, for storage device Flash memory, customers can choose different storage capacity combinations of DDR and Flash according to the project needs of the later terminal market, and provide customized Memory configurations that better match project requirements. At the same time, the module will continue to use Quectel's self-developed QuecOpen platform to help customers improve terminal development efficiency and shorten terminal time-to-market.
Quectel RG620T supports more freedom of customization and selection. For example, for storage device Flash memory, customers can choose different storage capacity combinations of DDR and Flash according to the project needs of the later terminal market, and provide customized Memory configurations that better match project requirements. At the same time, the module will continue to use Quectel's self-developed QuecOpen platform to help customers improve terminal development efficiency and shorten terminal time-to-market.
0 Comments